MS-IIIS-Pro智能數(shù)顯磁力加熱攪拌器
MS-IIIS-Pro Digital Magnetic Stirrer Hot Plate
MS-IIIS-Pro智能數(shù)顯磁力加熱攪拌系列儀器采用特制搪瓷盤加熱技術(shù)，表面溫度可達(dá)到340℃。磁力攪拌子攪拌技術(shù)，人性化操作設(shè)計，可滿足多種加熱攪拌實驗需求。
Product description: MS-IIIS-Pro The heating plate of the Digital Magnetic Stirrer Hot Plate Series is made of special Ceramic. With special heating technique, the heating plate can reach temperature up to 340℃. Magnetic stirring technology and humanized design is convenient for operation to meet various heating and stirring experimental needs.
1、外殼采用金屬外殼，高強度，耐高溫，防腐蝕；
2、的加熱方式，表面溫度可達(dá)到340℃；
3、控溫采用模糊PID控制算法，數(shù)字顯示，精度高，沖溫?。?plusmn;5℃以內(nèi)），單鍵輕觸操作，內(nèi)、外PT1000測溫，可控硅控制輸出；
4、可對50ml-20L標(biāo)準(zhǔn)或非標(biāo)準(zhǔn)反應(yīng)瓶進(jìn)行加熱攪拌；
5、 采用搪瓷加熱盤面加熱，美觀防腐易清潔, 使用壽命長；
6、 30°斜面操控面板適合坐位和站位視角,數(shù)碼顯示溫度、轉(zhuǎn)速、時間；
7、 磁力攪拌技術(shù)，低速平穩(wěn)，高速強勁。
1. Adopt aluminum alloy shell, high strength, quick heat dissipation, anti - corrosion.
2. Unique heating method, the surface maximum temperature can reach 340 ° C.
3. PID for temperature control. Two display windows. High precision measurement. Low overshoot(≤±5℃). Single button operation.Inner and outer PT1000 for thermometry.Silicon controlled for output. With couple broken protection function.
4. Stirring types are available for heating or stirring standard/non-standard reaction flasks from 50ml to 20L
5. Using specially made ceramic disc heating surface, beauty, anti-corrosion and easy to clean.
6. 30 ° slope control panel, suitable for seated and standing point of view.
7. Magnetic stirring technology, low speed steady, high speed strong.
| 型號 | MS-IIIS-Pro |
| 工作盤尺寸 | Φ137mm |
| 工作盤盤面材料 | 搪瓷 |
| 轉(zhuǎn)速范圍 | 200-1200rpm |
| 控溫范圍 | 室溫+5℃ ~340℃ |
| 溫度設(shè)定范圍 | 30℃ ~340℃ |
| 溫度穩(wěn)定性 | ±3℃ |
| 定時范圍 | 0~99h59min |
| 攪拌點位數(shù)量 | 1 |
| 攪拌量(H2O) | 20L |
| 攪拌子最長尺寸 | 80mm |
| 外接溫度傳感器接口 | PT1000 |
| 可調(diào)安全溫度回路最小值 | 50℃ |
| 可調(diào)安全溫度回路值 | 350℃ |
| 輸入電源 | AC220V, 50/60Hz |
| 功率 | 600W |
| 熔斷器 | 250V, 4A/8A, Ф5x20 |
| 外形尺寸（W x D x H） | W. 160x D.270 x H.90mm |
| 凈重 | 2.3kgs |
QQ:2568841715
